The abundant and renewable vibration energy has been regarded as an alternative power
source for the massive sensors of the Internet of Things, but the broadband and efficient …

The ubiquitous ultra-low-frequency rotational motions have become a kind of potential
source for energy harvesting. Despite this, achieving high energy output at ultra-low …

Vibrations and drifting motions of a post-capture spacecraft may lead to its instability and
safety risk, which therefore need to be absorbed or isolated. However, it is expected that the …

This paper proposes a novel bistable energy harvester coupled with a nonlinear elastic
boundary (BEH-NB) to enhance energy harvesting performance. The analytical model of …

This paper thoroughly investigates the broadband active vibration isolation of a bistable
nonlinear electromagnetic actuator with an elastic boundary (simply named EB-bistable …

This paper explores the internal resonance characteristics of a bistable electromagnetic
vibration energy harvester (BEEH) and utilizes the feature to achieve energy harvesting …

A majority of current studies about non-resonant energy harvesters for low-frequency energy
are based on pure experiment without theoretical modeling. In this work, a novel hybrid …

In this paper, a new method is proposed to enhance the performance of auxetic nonlinear
piezoelectric energy harvesting by increasing the unit cell number of auxetic structure. This …

Currently, in the field of triboelectric energy harvesting, there have been extensive studies of
material science and manufacturing aspects, but much less on structural vibration aspect …

A high potential barrier is not conducive to triggering the snap-through motion of a bistable
oscillator. The magnetically coupled bistable energy harvester with multiple degrees of …